Fine Ceramics, sometimes referred to as "advanced ceramics," are engineered materials that support the development of cutting-edge technology.
Electricity and Magnetism (5)
Magnetism to Hold Magnetic Force
Magnets possess north and south poles and generate magnetic fields. Most ceramics are nonmagnetic, with ferrite being one notable exception.
Applications: Coils.
Description
Magnetic Properties
Ferrite is well known among Fine Ceramic materials for its magnetic properties. Ferrites are made by mixing and sintering iron oxide, manganese oxide and nickel oxide powders. Their primary uses include serving as magnets and magnetic coils in a wide variety of electronic circuits, and in electronic devices, such as transformers and loudspeakers.
The term "Fine Ceramics" is interchangeable with "advanced ceramics," "technical ceramics" and "engineered ceramics." Use varies by region and industry.
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Electricity and Magnetism (1)
Electricity and Magnetism (1)
Electrical Insulation to Inhibit Electricity from Passing Through
Electrical Insulation to Inhibit Electricity from Passing Through
Characteristics of Fine Ceramics
Electricity and Magnetism (2)
Electricity and Magnetism (2)
Conductivity to Allow Electricity to Pass Through
Conductivity to Allow Electricity to Pass Through
Characteristics of Fine Ceramics
Electricity and Magnetism (3)
Electricity and Magnetism (3)
Dielectricity to Accumulate Electricity
Dielectricity to Accumulate Electricity
Characteristics of Fine Ceramics
Electricity and Magnetism (4)
Electricity and Magnetism (4)
Piezoelectricity to Convert Electricity into Power/Power into Electricity
Piezoelectricity to Convert Electricity into Power/Power into Electricity
Characteristics of Fine Ceramics
Different Types of Fine Ceramics
Different Types of Fine Ceramics
Wide Variety of Products to Support both Industry and Society
Wide Variety of Products to Support both Industry and Society
Introduction to Fine Ceramics
If you want to use ceramics in business, click here.
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